Furnace Tong For Physics Lab

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Furnace Tong For Physics Lab Specification

Power Source
Not Required (manual hand tool)

Automation Grade
Manual

Model No
PhysicsLabFurnaceTong2024

Feature
Heat-resistant; corrosion-resistant; non-slip grip; sturdy build

Temperature Range
Can withstand temperatures up to 1000C (approximate, depending on material and construction)

Capacity
Suitable for handling small to medium size laboratory crucibles

Core Components
Jaws, Pivot Joint, Handles

Equipment Materials
High-grade forged steel with nickel/chrome plating for extra durability and heat resistance

Type
Laboratory Tong

Usage
Used for handling hot materials, crucibles, and small vessels in laboratory furnaces or kilns

Dimension (L*W*H)
Standard length: 12 to 16 inches (custom sizes available)

Weight
Approximately 300-500 grams (varies with size)

About Furnace Tong For Physics Lab

Furnace Tong:

Cat. No.	Size(Inches)	Type	Price
DDRI-264	12	StainlessSteel	144.00
DDRI-262-A	12	MildSteel	112.00
DDRI-262-B	15	StainlessSteel	200.00
DDRI-262-C	18	StainlessSteel	240.00
DDRI-262-D	24	StainlessSteel	560.00

Precision and Safety in Every Transfer

Our Furnace Tong for Physics Lab provides a safe and efficient means for transferring hot crucibles and vessels. Its ergonomic, slip-proof handles and grooved or flat jaws offer superior grip and control, minimizing the risk of accidents in the laboratory. This tool is crafted with laboratory safety standards in mind.

Built to Last in Demanding Environments

Constructed from high-grade forged steel with premium nickel or chrome plating, the tongs resist both corrosion and high temperatures, enduring up to 1000C. Whether employed in rigorous academic experiments or industrial processes, its heavy-duty design ensures reliable performance and long service life.

Versatile Design for Multiple Applications

With dimensions ranging from 12 to 16 inches and the ability to accommodate small to medium-sized crucibles, these furnace tongs are suitable for a broad spectrum of laboratory procedures. Custom sizes are also available, catering to specific operational needs across different lab settings.

FAQs of Furnace Tong For Physics Lab:

Q: How are the Furnace Tongs used in a physics laboratory environment?

A: Furnace Tongs are manually operated to safely grip and transport hot items like crucibles or small vessels in laboratory furnaces or kilns. Their ergonomic, slip-proof handles and grooved or flat jaws ensure secure holding and control during transfer to avoid accidents.

Q: What makes these tongs suitable for high-temperature applications?

A: Manufactured from high-grade forged steel with nickel or chrome plating, the tongs offer superior heat resistance, withstanding temperatures up to approximately 1000C. Their robust construction ensures stability and reliability during repeated exposure to intense heat.

Q: When should furnace tongs be used in laboratory operations?

A: They should be employed whenever there is a need to handle or move hot laboratory apparatus, such as crucibles or vessels, particularly during heating, melting, or cooling procedures, to minimize risk of burns or chemical exposure.

Q: Where can these tongs be utilized outside a physics lab?

A: Beyond physics laboratories, these furnace tongs are ideal for use in chemistry and materials science labs, educational institutions, research facilities, and certain industrial environments where the safe handling of hot materials is required.

Q: What is the process for maintaining the furnace tongs to ensure longevity?

A: To maintain their durability, regularly clean the tongs after use to remove residues, inspect for signs of corrosion or wear, and store them in a dry environment. The rust-proof, polished surface facilitates easy cleaning and reduces maintenance effort.

Q: How does the ergonomic design benefit the user?

A: The slip-proof, ergonomic handles are crafted for comfortable extended use, minimizing hand fatigue and providing a firm grip. This design helps in precise and secure handling, enhancing both user safety and operational efficiency.

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